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emitcode_BM.c
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emitcode_BM.c
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// file emitcode_BM.c
// SPDX-License-Identifier: GPL-3.0-or-later
/***
BISMON
Copyright © 2018 - 2021 CEA (Commissariat à l'énergie atomique et aux énergies alternatives)
contributed by Basile Starynkevitch (working at CEA, LIST, France)
<basile@starynkevitch.net> or <basile.starynkevitch@cea.fr>
This program is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see <http://www.gnu.org/licenses/>.
***/
#include "bismon.h"
#include "emitcode_BM.const.h"
extern const char *asprintf_prev_module_BM (const char *srcdir,
objectval_tyBM * obmodule);
//// for the method emit_c_type:c_opaque
extern objrout_sigBM ROUTINEOBJNAME_BM (_6gRlN8loM4E_4pSsNmiCeIa);
value_tyBM
ROUTINEOBJNAME_BM (_6gRlN8loM4E_4pSsNmiCeIa) // emit_c_type:c_opaque
(struct stackframe_stBM * stkf, const value_tyBM arg1, //
const value_tyBM arg2, //
const value_tyBM arg3_ __attribute__((unused)), //
const value_tyBM arg4_ __attribute__((unused)), //
const quasinode_tyBM * restargs_ __attribute__((unused)))
{
LOCALFRAME_BM ( /*prev: */ stkf, /*descr: */ NULL,
value_tyBM recv; objectval_tyBM * bufob;);
// retrieve arguments
_.recv = /*ctype */ (arg1);
WEAKASSERT_BM (isobject_BM (_.recv));
_.bufob = objectcast_BM (arg2);
WEAKASSERT_BM (objhasstrbufferpayl_BM (_.bufob));
DBGPRINTF_BM
("start emit_c_type:c_opaque _6gRlN8loM4E_4pSsNmiCeIa recv=%s",
objectdbg_BM (_.recv));
const char *nam = findobjectname_BM (_.recv);
char idbuf[32] = { };
idtocbuf32_BM (objid_BM (_.recv), idbuf);
if (nam)
{
objstrbufferprintfpayl_BM (_.bufob, "\n// opaque named type\n");
objstrbufferprintfpayl_BM (_.bufob, "typedef void* %s_TyBM;\n", nam);
objstrbufferprintfpayl_BM (_.bufob, "#define %s_TyBM %s_TyBM\n", idbuf,
nam);
}
else
{
objstrbufferprintfpayl_BM (_.bufob, "\n// opaque anonymous type\n");
objstrbufferprintfpayl_BM (_.bufob, "typedef void* %s_TyBM;\n", idbuf);
}
LOCALRETURN_BM (_.recv);
} /* end emit_c_type:c_opaque _6gRlN8loM4E_4pSsNmiCeIa */
//// for the method emit_c_type:c_enum
extern objrout_sigBM ROUTINEOBJNAME_BM (_979hCujWp2g_9tjRbM8Ht1l);
value_tyBM
ROUTINEOBJNAME_BM (_979hCujWp2g_9tjRbM8Ht1l) // emit_c_type:c_enum
(struct stackframe_stBM * stkf, const value_tyBM arg1, //
const value_tyBM arg2, //
const value_tyBM arg3_ __attribute__((unused)), //
const value_tyBM arg4_ __attribute__((unused)), //
const quasinode_tyBM * restargs_ __attribute__((unused)))
{
LOCALFRAME_BM ( /*prev: */ stkf, /*descr: */ NULL,
value_tyBM recv;
objectval_tyBM * prbufob;
const objectval_tyBM * extendingob;
const tupleval_tyBM * ownenumtup;);
// retrieve arguments
_.recv = /*ctype */ (arg1);
WEAKASSERT_BM (isobject_BM (_.recv));
WEAKASSERT_BM (objhasstrbufferpayl_BM (arg2));
_.prbufob = objectcast_BM (arg2);
DBGPRINTF_BM
("start emit_c_type:c_enum _979hCujWp2g_9tjRbM8Ht1l recv=%s",
objectdbg_BM (_.recv));
const objectval_tyBM *k_extending = BMK_2bqFfs5OYL2_0HRi4lcgFcu;
const objectval_tyBM *k_own_enumeration = BMK_4ot0ZxxA31Y_8GVFlcbckIH;
//const objectval_tyBM *k_enumeration = BMK_7BROpIWQHzA_8b1C6i49Pkz;
//
//const char *nam = findobjectname_BM (_.recv);
char idbuf[32] = { };
idtocbuf32_BM (objid_BM (_.recv), idbuf);
_.extendingob = objectcast_BM (objgetattr_BM (_.recv, k_extending));
_.ownenumtup = tuplecast_BM (objgetattr_BM (_.recv, k_own_enumeration));
#warning emit_c_type:c_enum _979hCujWp2g_9tjRbM8Ht1l unimplemented
LOCALRETURN_BM (NULL);
} /* end emit_c_type:c_enum _979hCujWp2g_9tjRbM8Ht1l */
// emit_declaration°simple_routine_preparation _9M3BqmOS7mA_96DTa52k7Xq
extern objrout_sigBM ROUTINEOBJNAME_BM (_9M3BqmOS7mA_96DTa52k7Xq);
value_tyBM
ROUTINEOBJNAME_BM (_9M3BqmOS7mA_96DTa52k7Xq) // emit_declaration°simple_routine_preparation
(struct stackframe_stBM * stkf, //
const value_tyBM arg1, // recv
const value_tyBM arg2, // modgenob
const value_tyBM arg3, // index
const value_tyBM arg4_ __attribute__((unused)), //
const quasinode_tyBM * restargs_ __attribute__((unused)))
{
LOCALFRAME_BM (stkf, /*descr: */ BMK_9M3BqmOS7mA_96DTa52k7Xq,
objectval_tyBM * routprepob; //
objectval_tyBM * modgenob; //
objectval_tyBM * routob; //
objectval_tyBM * lockhsetob; //
objectval_tyBM * hsetblockob; //
value_tyBM blocksetv; //
objectval_tyBM * hsetvalob; //
objectval_tyBM * hsetnumob; //
objectval_tyBM * hsetscalarob; //
objectval_tyBM * keyob; //
objectval_tyBM * bindconnob; //
value_tyBM resultv; //
value_tyBM keysetv; //
value_tyBM setv; //
value_tyBM keybindv; //
value_tyBM errorv; //
value_tyBM commentv; //
value_tyBM errcausev;
);
int failin = -1;
#define FAILHERE(Cause) do { failin = __LINE__ ; _.errcausev = (value_tyBM)(Cause); goto failure; } while(0)
objectval_tyBM *k_blocks = BMK_2lCuMosXupr_5GAoqVgJ8PZ;
objectval_tyBM *k_prepare_routine = BMK_6qi1DW0Ygkl_4Aqdxq4n5IV;
objectval_tyBM *k_hset_object = BMK_8c9otZ4pwR6_55k81qyyYV2;
objectval_tyBM *k_value_set = BMK_6Fl0Z0OTtV9_8QTsq3uDu4q;
objectval_tyBM *k_number_set = BMK_5uPst3m4mdx_05Xl1AoTnZL;
objectval_tyBM *k_scalars_set = BMK_5B8evsiToX9_6tWQdNw2rSv;
objectval_tyBM *k_in = BMK_0eMGYofuNVh_8ZP2mXdhtHO;
objectval_tyBM *k_arguments = BMK_0jFqaPPHgYH_5JpjOPxQ67p;
objectval_tyBM *k_locals = BMK_24sSVIADeHm_0Sx34wQfG7W;
objectval_tyBM *k_numbers = BMK_32eKNcTZ9HN_80t0nk47Mha;
objectval_tyBM *k_result = BMK_7bD9VtDkGSn_7lxHeYuuFLR;
objectval_tyBM *k_closed = BMK_2TwOyPJxIz8_1rIeqaN7oRz;
objectval_tyBM *k_binding = BMK_6zu0x6tqX60_8QhJjiAOwul;
//objectval_tyBM *k_c_type = BMK_83kM1HtO8K3_6k0F2KYQT3W;
objectval_tyBM *k_emit_declaration = BMK_3NGaoN3yhbn_8yUwbtZfvp9;
objectval_tyBM *k_constants = BMK_5l2zSKsFaVm_9zs6qDOP87i;
objectval_tyBM *k_locking = BMK_8yqFC2Qz7I2_7KoZMWLE0U3;
objectval_tyBM *k_scalars = BMK_3pPxQecoSkC_7izL0jcxZiS;
WEAKASSERT_BM (isobject_BM (arg1));
_.routprepob = objectcast_BM (arg1);
WEAKASSERT_BM (isobject_BM (arg2));
_.modgenob = objectcast_BM (arg2);
WEAKASSERT_BM (istaggedint_BM (arg3));
int rank = getint_BM (arg3);
DBGPRINTF_BM
("emit_declaration°simple_routine_preparation start routprepob=%s modgenob=%s rank#%d",
objectdbg_BM (_.routprepob), objectdbg1_BM (_.modgenob), rank);
{
objlock_BM (_.routprepob);
_.routob =
objectcast_BM (objgetattr_BM (_.routprepob, k_prepare_routine));
_.hsetblockob = objectcast_BM (objgetattr_BM (_.routprepob, k_blocks));
_.lockhsetob = objectcast_BM (objgetattr_BM (_.routprepob, k_locking));
DBGPRINTF_BM
("emit_declaration°simple_routine_preparation routprepob=%s routob=%s hsetblockob=%s lockhsetob=%s",
objectdbg_BM (_.routprepob), objectdbg1_BM (_.routob),
objectdbg2_BM (_.hsetblockob), objectdbg3_BM (_.lockhsetob));
{
objlock_BM (_.hsetblockob);
WEAKASSERT_BM (isobject_BM (_.hsetblockob));
_.blocksetv = (value_tyBM) objhashsettosetpayl_BM (_.hsetblockob);
objunlock_BM (_.hsetblockob);
DBGPRINTF_BM
("emit_declaration°simple_routine_preparation routprepob=%s blocksetv=%s",
objectdbg_BM (_.routprepob),
debug_outstr_value_BM (_.blocksetv, CURFRAME_BM, 0));
if (_.blocksetv)
objputattr_BM (_.routprepob, k_blocks, _.blocksetv);
}
{
_.hsetvalob = makeobj_BM ();
objputclass_BM (_.hsetvalob, k_hset_object);
objputattr_BM (_.routprepob, k_value_set, _.hsetvalob);
objputattr_BM (_.hsetvalob, k_in, _.routprepob);
objputhashsetpayl_BM (_.hsetvalob, 5);
_.hsetnumob = makeobj_BM ();
objputclass_BM (_.hsetnumob, k_hset_object);
objputattr_BM (_.routprepob, k_number_set, _.hsetnumob);
objputattr_BM (_.hsetnumob, k_in, _.routprepob);
objputhashsetpayl_BM (_.hsetnumob, 11);
_.hsetscalarob = makeobj_BM ();
objputclass_BM (_.hsetscalarob, k_hset_object);
objputattr_BM (_.routprepob, k_scalars_set, _.hsetscalarob);
objputattr_BM (_.hsetscalarob, k_in, _.routprepob);
objputhashsetpayl_BM (_.hsetscalarob, 7);
_.keysetv = (value_tyBM) objassocsetattrspayl_BM (_.routprepob);
DBGPRINTF_BM ("emit_declaration°simple_routine_preparation routprepob=%s hsetvalob=%s hsetnumob=%s hsetscalarob=%s keyset=%s", objectdbg_BM (_.routprepob), objectdbg1_BM (_.hsetvalob), //
objectdbg2_BM (_.hsetnumob), objectdbg2_BM (_.hsetscalarob), //
OUTSTRVALUE_BM (_.keysetv));
unsigned nbkeys = setcardinal_BM (_.keysetv);
for (unsigned kix = 0; kix < nbkeys; kix++)
{
_.bindconnob = NULL;
_.keyob = setelemnth_BM (_.keysetv, kix);
_.keybindv = objassocgetattrpayl_BM (_.routprepob, _.keyob);
DBGPRINTF_BM
("emit_declaration°simple_routine_preparation routprepob=%s kix#%d keyob=%s keybind=%s",
objectdbg_BM (_.routprepob), kix, objectdbg1_BM (_.keyob),
debug_outstr_value_BM (_.keybindv, CURFRAME_BM, 0));
WEAKASSERT_BM (_.keybindv == k_result || isnode_BM (_.keybindv));
if (_.keybindv == k_result)
{
objhashsetaddpayl_BM (_.hsetvalob, _.keyob);
}
else if ((_.bindconnob = nodeconn_BM (_.keybindv))
&& _.bindconnob == k_arguments)
{
objhashsetaddpayl_BM (_.hsetvalob, _.keyob);
}
else if (_.bindconnob == k_locals)
{
objhashsetaddpayl_BM (_.hsetvalob, _.keyob);
}
else if (_.bindconnob == k_closed)
{
objhashsetaddpayl_BM (_.hsetvalob, _.keyob);
}
else if (_.bindconnob == k_numbers)
{
objhashsetaddpayl_BM (_.hsetnumob, _.keyob);
}
else if (_.bindconnob == k_scalars)
{
objhashsetaddpayl_BM (_.hsetscalarob, _.keyob);
}
else if (_.bindconnob == k_constants)
{
}
else
FAILHERE (makenode1_BM (k_binding, _.keybindv));
}
_.setv = (value_tyBM) objhashsettosetpayl_BM (_.hsetvalob);
objputattr_BM (_.routprepob, k_value_set, _.setv);
DBGPRINTF_BM ("emit_declaration°simple_routine_preparation routprepob=%s value_set %s", //
objectdbg_BM (_.routprepob), //
OUTSTRVALUE_BM (_.setv));
_.setv = (value_tyBM) objhashsettosetpayl_BM (_.hsetscalarob);
objputattr_BM (_.routprepob, k_scalars_set, _.setv);
DBGPRINTF_BM ("emit_declaration°simple_routine_preparation routprepob=%s scalars_set %s", //
objectdbg_BM (_.routprepob), //
OUTSTRVALUE_BM (_.setv));
_.setv = (value_tyBM) objhashsettosetpayl_BM (_.hsetnumob);
objputattr_BM (_.routprepob, k_number_set, _.setv);
DBGPRINTF_BM ("emit_declaration°simple_routine_preparation routprepob=%s number_set %s", //
objectdbg_BM (_.routprepob), //
OUTSTRVALUE_BM (_.setv));
_.setv = NULL;
}
if (_.lockhsetob)
{
_.setv = (value_tyBM) objhashsettosetpayl_BM (_.lockhsetob);
objputattr_BM (_.routprepob, k_locking, _.setv);
DBGPRINTF_BM ("emit_declaration°simple_routine_preparation routprepob=%s locking %s", //
objectdbg_BM (_.routprepob), //
debug_outstr_value_BM (_.setv, CURFRAME_BM, 0));
_.setv = NULL;
}
objunlock_BM (_.routprepob);
}
WEAKASSERT_BM (isobject_BM (_.routob));
{
char routidbuf[32];
memset (routidbuf, 0, sizeof (routidbuf));
idtocbuf32_BM (objid_BM (_.routob), routidbuf);
objlock_BM (_.modgenob);
_.commentv = objgetattr_BM (_.routob, BMP_comment);
const char *routname = findobjectname_BM (_.routob);
WEAKASSERT_BM (objhasstrbufferpayl_BM (_.modgenob));
if (routname)
objstrbufferprintfpayl_BM (_.modgenob, "\n"
"extern objrout_sigBM crout%s_BM; //#%d %s\n",
routidbuf, rank, routname);
else if (isstring_BM (_.commentv))
{
const char *bytcom = bytstring_BM (_.commentv);
int comlen = lenstring_BM (_.commentv);
const char *eol = strchr (bytcom, '\n');
if (eol)
comlen = eol - bytcom - 1;
if (comlen > 1)
objstrbufferprintfpayl_BM (_.modgenob, "\n"
"extern objrout_sigBM crout%s_BM; //#%d !%.*s\n",
routidbuf, rank, comlen, bytcom);
else
goto plainrout;
}
else
plainrout:
objstrbufferprintfpayl_BM (_.modgenob, "\n"
"extern objrout_sigBM crout%s_BM; //#%d\n",
routidbuf, rank);
objunlock_BM (_.modgenob);
}
DBGPRINTF_BM
("emit_declaration°simple_routine_preparation end routprepob %s",
objectdbg1_BM (_.routprepob));
LOCALRETURN_BM (_.routprepob);
failure:
WARNPRINTF_BM
("emit_declaration°simple_routine_preparation failed failin %d errcause %s routprepob %s",
failin, debug_outstr_value_BM (_.errcausev, CURFRAME_BM, 0),
objectdbg1_BM (_.routprepob));
_.errorv =
(value_tyBM) makenode4_BM (k_emit_declaration, _.routprepob,
_.modgenob, taggedint_BM (rank), _.errcausev);
PLAINFAILURE_BM (failin, _.errorv, CURFRAME_BM);
#undef FAILHERE
} /* end emit_declaration°simple_routine_preparation _9M3BqmOS7mA_96DTa52k7Xq */
///////
// emit_definition°simple_routine_preparation _2Lk2DjTDzQh_3aTEVKDE2Ip
extern objrout_sigBM ROUTINEOBJNAME_BM (_2Lk2DjTDzQh_3aTEVKDE2Ip);
value_tyBM
ROUTINEOBJNAME_BM (_2Lk2DjTDzQh_3aTEVKDE2Ip) // emit_definition°simple_routine_preparation
(struct stackframe_stBM * stkf, //
const value_tyBM arg1, // recv
const value_tyBM arg2, // modgenob
const value_tyBM arg3, // index
const value_tyBM arg4_ __attribute__((unused)), //
const quasinode_tyBM * restargs_ __attribute__((unused)))
{
objectval_tyBM * k_locking = BMK_8yqFC2Qz7I2_7KoZMWLE0U3;
objectval_tyBM *k_lockobj = BMK_9dso3pFLYwm_3JwHqiJK3UL;
objectval_tyBM *k_emit_definition = BMK_1g8s9B96Irf_6Ix2Cyy8Hq0;
//objectval_tyBM *k_blocks = BMK_2lCuMosXupr_5GAoqVgJ8PZ;
objectval_tyBM *k_prepare_routine = BMK_6qi1DW0Ygkl_4Aqdxq4n5IV;
objectval_tyBM *k_arguments = BMK_0jFqaPPHgYH_5JpjOPxQ67p;
objectval_tyBM *k_body = BMK_7DQyvJFMOrC_9IfC3CtYknn;
objectval_tyBM *k_result = BMK_7bD9VtDkGSn_7lxHeYuuFLR;
objectval_tyBM *k_scalars = BMK_3pPxQecoSkC_7izL0jcxZiS;
objectval_tyBM *k_value_set = BMK_6Fl0Z0OTtV9_8QTsq3uDu4q;
objectval_tyBM *k_number_set = BMK_5uPst3m4mdx_05Xl1AoTnZL;
objectval_tyBM *k_scalars_set = BMK_5B8evsiToX9_6tWQdNw2rSv;
objectval_tyBM *k_scalar_c_type = BMK_68ZSdtDWjWk_4Dex1apSdO7;
objectval_tyBM *k_c_type = BMK_83kM1HtO8K3_6k0F2KYQT3W;
objectval_tyBM *k_object = BMK_7T9OwSFlgov_0wVJaK1eZbn;
objectval_tyBM *k_value = BMK_7bbeIqUSje9_4jVgC7ZJmvx;
objectval_tyBM *k_closed = BMK_2TwOyPJxIz8_1rIeqaN7oRz;
//objectval_tyBM *k_int = BMK_0vgCFjXblkx_4zCMhMAWjVK;
//objectval_tyBM *k_emit_expression = BMK_9lXSe7DrOl6_7hghYt0LhTF;
//objectval_tyBM *k_emit_statement = BMK_1ERH9PxNhPb_2o869yOMuH0;
objectval_tyBM *k_emit_block = BMK_6mk5eos8067_1odgCpnWMOj;
//objectval_tyBM *k_emit_reference = BMK_6qzzDyr2eIo_3SapnOUpg6S;
objectval_tyBM *k_plain_module = BMK_8g1WBJBhDT9_1QK8IcuWYx2;
objectval_tyBM *k_constants = BMK_5l2zSKsFaVm_9zs6qDOP87i;
LOCALFRAME_BM (stkf, /*descr: */ BMK_2Lk2DjTDzQh_3aTEVKDE2Ip,
objectval_tyBM * routprepob; //
objectval_tyBM * modgenob; //
objectval_tyBM * modulob; //
objectval_tyBM * routob; //
objectval_tyBM * hsetblockob; //
objectval_tyBM * bodyob; //
objectval_tyBM * resultob; //
objectval_tyBM * curclosob; //
value_tyBM blocksetv; //
value_tyBM argtupv; //
value_tyBM closedseqv; //
value_tyBM commentv; //
value_tyBM setnumv; //
value_tyBM setscalarsv; //
value_tyBM setvalv; //
value_tyBM setconstv; //
value_tyBM setlockingv; //
objectval_tyBM * varob; //
objectval_tyBM * lockob; //
value_tyBM emitv; //
value_tyBM bindv; //
value_tyBM vscalctypv; //
value_tyBM vctypv; //
objectval_tyBM * typob; //
value_tyBM errorv; //
value_tyBM causev;
);
int failin = -1;
#define FAILHERE(Cause) do { failin = __LINE__ ; _.causev = (value_tyBM)(Cause); goto failure; } while(0)
char routidbuf[32];
memset (routidbuf, 0, sizeof (routidbuf));
char modulidbuf[32];
memset (modulidbuf, 0, sizeof (modulidbuf));
WEAKASSERT_BM (isobject_BM (arg1));
_.routprepob = objectcast_BM (arg1);
WEAKASSERT_BM (isobject_BM (arg2));
_.modgenob = objectcast_BM (arg2);
WEAKASSERT_BM (istaggedint_BM (arg3));
int rank = getint_BM (arg3);
DBGPRINTF_BM
("emit_definition°simple_routine_preparation start routprepob=%s modgenob=%s rank#%d",
objectdbg_BM (_.routprepob), objectdbg1_BM (_.modgenob), rank);
objlock_BM (_.modgenob);
WEAKASSERT_BM (objhasstrbufferpayl_BM (_.modgenob));
_.modulob = objectcast_BM (objgetattr_BM (_.modgenob, k_plain_module));
_.setconstv = objgetattr_BM (_.modgenob, k_constants);
WEAKASSERT_BM (_.modulob);
WEAKASSERT_BM (isset_BM (_.setconstv));
idtocbuf32_BM (objid_BM (_.modulob), modulidbuf);
{
objlock_BM (_.routprepob);
_.routob =
objectcast_BM (objgetattr_BM (_.routprepob, k_prepare_routine));
_.setnumv =
(value_tyBM) setcast_BM (objgetattr_BM (_.routprepob, k_number_set));
_.setscalarsv =
(value_tyBM) setcast_BM (objgetattr_BM (_.routprepob, k_scalars_set));
_.setvalv =
(value_tyBM) setcast_BM (objgetattr_BM (_.routprepob, k_value_set));
_.setlockingv =
(value_tyBM) setcast_BM (objgetattr_BM (_.routprepob, k_locking));
objunlock_BM (_.routprepob);
idtocbuf32_BM (objid_BM (_.routob), routidbuf);
}
DBGPRINTF_BM ("emit_definition°simple_routine_preparation routprepob=%s routob=%s modulob=%s\n" //
".. setnum=%s setval=%s setscalars=%s", objectdbg_BM (_.routprepob), objectdbg1_BM (_.routob), //
objectdbg2_BM (_.modulob), OUTSTRVALUE_BM (_.setnumv), //
OUTSTRVALUE_BM (_.setvalv), OUTSTRVALUE_BM (_.setscalarsv));
WEAKASSERT_BM (isobject_BM (_.routob));
{
objlock_BM (_.routob);
_.commentv = objgetattr_BM (_.routob, BMP_comment);
_.argtupv = objgetattr_BM (_.routob, k_arguments);
_.closedseqv = objgetattr_BM (_.routob, k_closed);
_.bodyob = objectcast_BM (objgetattr_BM (_.routob, k_body));
_.resultob = objectcast_BM (objgetattr_BM (_.routob, k_result));
objunlock_BM (_.routob);
}
DBGPRINTF_BM
("emit_definition°simple_routine_preparation routob=%s rank#%d argtup=%s closedseq=%s bodyob=%s resultob=%s",
objectdbg_BM (_.routob), rank,
debug_outstr_value_BM (_.argtupv, CURFRAME_BM, 0),
debug_outstr_value_BM (_.closedseqv, CURFRAME_BM, 0),
objectdbg1_BM (_.bodyob), objectdbg2_BM (_.resultob));
{
objlock_BM (_.resultob);
_.typob = objectcast_BM (objgetattr_BM (_.resultob, k_c_type));
objunlock_BM (_.resultob);
}
DBGPRINTF_BM
("emit_definition°simple_routine_preparation routprepob=%s rank#%d argtupv=%s bodyob=%s resultob=%s of type %s",
objectdbg_BM (_.routprepob), rank,
debug_outstr_value_BM (_.argtupv, CURFRAME_BM, 0),
objectdbg1_BM (_.bodyob), objectdbg2_BM (_.resultob),
objectdbg3_BM (_.typob));
WEAKASSERT_BM (isobject_BM (_.resultob));
int nbargs = tuplesize_BM (_.argtupv);
{
const char *routname = findobjectname_BM (_.routob);
char routidbuf[32];
memset (routidbuf, 0, sizeof (routidbuf));
idtocbuf32_BM (objid_BM (_.routob), routidbuf);
if (routname)
objstrbufferprintfpayl_BM (_.modgenob, "\n\n"
"value_tyBM crout%s_BM //#%d+\n"
" (struct stackframe_stBM* stkf, // %s\n",
routidbuf, rank, routname);
else
objstrbufferprintfpayl_BM (_.modgenob, "\n\n"
"value_tyBM crout%s_BM //#%d\n"
" (struct stackframe_stBM* stkf, //\n",
routidbuf, rank);
if (isstring_BM (_.commentv))
{
const char *combytes = bytstring_BM (_.commentv);
int comlen = lenstring_BM (_.commentv);
const char *eol = strchr (combytes, '\n');
if (eol)
comlen = eol - combytes - 1;
if (comlen > 1)
objstrbufferprintfpayl_BM (_.modgenob, "//!%.*s\n", comlen,
combytes);
}
objstrbufferprintfpayl_BM (_.modgenob, " // %d arguments\n", nbargs);
for (int aix = 0; aix < 4; aix++)
{
if (aix < nbargs)
objstrbufferprintfpayl_BM (_.modgenob,
" const value_tyBM arg%d, // %s\n",
aix,
objectdbg_BM (tuplecompnth_BM
(_.argtupv, aix)));
else
objstrbufferprintfpayl_BM (_.modgenob,
" const value_tyBM arg%d_ __attribute__((unused)),\n",
aix);
};
if (nbargs > 4)
objstrbufferprintfpayl_BM (_.modgenob,
" const quasinode_tyBM * restargs /* %d extrargs */)\n",
nbargs - 4);
else
objstrbufferprintfpayl_BM (_.modgenob,
" const quasinode_tyBM * restargs_ __attribute__((unused)))\n");
}
objstrbufferprintfpayl_BM (_.modgenob, "{ // start of %s\n",
objectdbg_BM (_.routob));
objstrbufferprintfpayl_BM (_.modgenob,
" struct frame%s_BMst {\n", routidbuf);
objstrbufferprintfpayl_BM (_.modgenob,
" typedhead_tyBM stkfram_head;\n");
objstrbufferprintfpayl_BM (_.modgenob,
" struct stackframe_stBM *stkfram_prev;\n");
objstrbufferprintfpayl_BM (_.modgenob,
" objectval_tyBM *stkfram_descr;\n");
objstrbufferprintfpayl_BM (_.modgenob, " value_tyBM stkfram_callfun;\n");
objstrbufferprintfpayl_BM (_.modgenob, " int stkfram_state;\n");
objstrbufferprintfpayl_BM (_.modgenob, " int stkfram_extra;\n");
unsigned nbval = setcardinal_BM (_.setvalv);
objstrbufferprintfpayl_BM (_.modgenob, " /// %d local values:\n", nbval);
for (unsigned vix = 0; vix < nbval; vix++)
{
_.varob = setelemnth_BM (_.setvalv, vix);
_.typob = NULL;
DBGPRINTF_BM
("emit_definition°simple_routine_preparation routprepob=%s vix#%d value varob=%s",
objectdbg_BM (_.routprepob), vix, objectdbg1_BM (_.varob));
char varidbuf[32];
memset (varidbuf, 0, sizeof (varidbuf));
idtocbuf32_BM (objid_BM (_.varob), varidbuf);
objlock_BM (_.varob);
_.typob = objectcast_BM (objgetattr_BM (_.varob, k_c_type));
objunlock_BM (_.varob);
if (_.typob == k_value)
objstrbufferprintfpayl_BM (_.modgenob,
" value_tyBM v%s; // %s\n",
varidbuf, objectdbg_BM (_.varob));
else if (_.typob == k_object)
objstrbufferprintfpayl_BM (_.modgenob,
" objectval_tyBM* o%s; // %s\n",
varidbuf, objectdbg_BM (_.varob));
else
{
DBGPRINTF_BM
("emit_definition°simple_routine_preparation routprepob=%s vix#%d varob %s typob %s",
objectdbg_BM (_.routprepob), vix, objectdbg1_BM (_.varob),
objectdbg2_BM (_.typob));
WEAKASSERT_BM (false && "unexpected type of variable");
}
_.varob = NULL;
_.typob = NULL;
}
//////////////// numbers
unsigned nbnum = setcardinal_BM (_.setnumv);
objstrbufferprintfpayl_BM (_.modgenob,
" /// %d local numbers:\n", nbnum);
DBGPRINTF_BM
("emit_definition°simple_routine_preparation routprepob=%s nbnum=%d setnumv=%s",
objectdbg_BM (_.routprepob), nbnum, OUTSTRVALUE_BM (_.setnumv));
for (unsigned vix = 0; vix < nbnum; vix++)
{
_.varob = setelemnth_BM (_.setnumv, vix);
_.typob = NULL;
DBGPRINTF_BM
("emit_definition°simple_routine_preparation routprepob=%s vix#%d number varob=%s",
objectdbg_BM (_.routprepob), vix, objectdbg1_BM (_.varob));
char varidbuf[32];
memset (varidbuf, 0, sizeof (varidbuf));
idtocbuf32_BM (objid_BM (_.varob), varidbuf);
objstrbufferprintfpayl_BM (_.modgenob,
" intptr_t n%s; // %s\n",
varidbuf, objectdbg_BM (_.varob));
}
//////////////// scalars
unsigned nbscal = setcardinal_BM (_.setscalarsv);
objstrbufferprintfpayl_BM (_.modgenob, " /// %d scalar values:\n",
nbscal);
DBGPRINTF_BM
("emit_definition°simple_routine_preparation routprepob=%s nbscal=%d setscalarsv=%s",
objectdbg_BM (_.routprepob), nbscal, OUTSTRVALUE_BM (_.setscalarsv));
for (unsigned scalix = 0; scalix < nbscal; scalix++)
{
_.varob = setelemnth_BM (_.setscalarsv, scalix);
_.bindv = objassocgetattrpayl_BM (_.routprepob, _.varob);
_.typob = objectcast_BM (nodenthson_BM (_.bindv, 1));
DBGPRINTF_BM
("emit_definition°simple_routine_preparation routprepob=%s scalix#%d varob=%s bindv=%s typob=%s",
objectdbg_BM (_.routprepob), scalix, objectdbg1_BM (_.varob),
OUTSTRVALUE_BM (_.bindv), objectdbg2_BM (_.typob));
WEAKASSERT_BM (_.typob);
{
objlock_BM (_.typob);
_.vscalctypv = objgetattr_BM (_.typob, k_scalar_c_type);
_.vctypv = objgetattr_BM (_.typob, k_c_type);
objunlock_BM (_.typob);
}
char varidbuf[32];
memset (varidbuf, 0, sizeof (varidbuf));
idtocbuf32_BM (objid_BM (_.varob), varidbuf);
DBGPRINTF_BM
("emit_definition°simple_routine_preparation scalix#%d vscalctypv=%s vctypv=%s",
scalix, OUTSTRVALUE_BM (_.vscalctypv), OUTSTRVALUE_BM (_.vctypv));
WEAKASSERT_BM (_.vscalctypv);
WEAKASSERT_BM (isstring_BM (_.vctypv));
objstrbufferprintfpayl_BM (_.modgenob,
" %s sc%s; // %s\n",
bytstring_BM (_.vctypv), varidbuf,
objectdbg_BM (_.varob));
}
//////////////// end frame
DBGPRINTF_BM
("emit_definition°simple_routine_preparation routprepob=%s bodyob=%s modgenob=%s",
objectdbg_BM (_.routprepob), objectdbg1_BM (_.bodyob),
objectdbg1_BM (_.modgenob));
objstrbufferprintfpayl_BM (_.modgenob, " } _;\n");
objstrbufferprintfpayl_BM (_.modgenob,
" memset (&_, 0, sizeof(struct frame%s_BMst));\n",
routidbuf);
objstrbufferprintfpayl_BM (_.modgenob,
" _.stkfram_head.htyp = typayl_StackFrame_BM;\n");
objstrbufferprintfpayl_BM (_.modgenob, " _.stkfram_head.hgc = 0;\n");
objstrbufferprintfpayl_BM (_.modgenob,
" _.stkfram_head.rlen = %d;\n", nbval);
int kroutix = setelemindex_BM (_.setconstv, _.routob);
WEAKASSERT_BM (kroutix >= 0);
objstrbufferprintfpayl_BM (_.modgenob,
" _.stkfram_descr = "
CONSTOBARRPREFIX_BM "%s"
ROUTINESUFFIX_BM "[%d] /*|%s*/;\n",
modulidbuf, kroutix, objectdbg2_BM (_.routob));
objstrbufferprintfpayl_BM (_.modgenob,
" ASSERT_BM (!stkf\n"
" || stkf->stkfram_pA.htyp == typayl_StackFrame_BM\n"
" || stkf->stkfram_pA.htyp == typayl_SpecialFrame_BM);\n");
objstrbufferprintfpayl_BM (_.modgenob, " _.stkfram_prev = stkf;\n");
//// emit the locking variables, if any
if (_.setlockingv)
{
int nblocking = setcardinal_BM (_.setlockingv);
objstrbufferprintfpayl_BM (_.modgenob,
" // locking %d:\n", nblocking);
DBGPRINTF_BM ("emit_definition°simple_routine_preparation routprepob=%s setlocking=%s nblocking=%d", objectdbg_BM (_.routprepob), //
debug_outstr_value_BM (_.setlockingv, CURFRAME_BM, 0), //
nblocking);
for (int lkix = 0; lkix < nblocking; lkix++)
{
_.lockob = setelemnth_BM (_.setlockingv, lkix);
_.varob = NULL;
const char *lockobnam = NULL;
{
ASSERT_BM (isobject_BM (_.lockob));
objlock_BM (_.lockob);
_.varob = objectcast_BM (objgetattr_BM (_.lockob, k_lockobj));
objunlock_BM (_.lockob);
if (isobject_BM (_.varob))
lockobnam = findobjectname_BM (_.varob);
}
char lockidbuf[32];
memset (lockidbuf, 0, sizeof (lockidbuf));
idtocbuf32_BM (objid_BM (_.lockob), lockidbuf);
if (lockobnam)
objstrbufferprintfpayl_BM (_.modgenob,
" objectval_tyBM* locked%s = NULL; // for %s\n",
lockidbuf, lockobnam);
else
objstrbufferprintfpayl_BM (_.modgenob,
" objectval_tyBM* locked%s = NULL; // for %s\n",
lockidbuf, objectdbg_BM (_.varob));
}
_.lockob = NULL;
_.varob = NULL;
}
//// emit the fetching of arguments
objstrbufferprintfpayl_BM (_.modgenob,
" // fetch %d arguments:\n", nbargs);
DBGPRINTF_BM
("emit_definition°simple_routine_preparation routprepob=%s nbargs=%d bodyob=%s",
objectdbg_BM (_.routprepob), nbargs, objectdbg1_BM (_.bodyob));
if (nbargs > 4)
objstrbufferprintfpayl_BM (_.modgenob,
" unsigned nbrestargs = treewidth_BM((value_tyBM)restargs);\n");
for (int aix = 0; aix < nbargs; aix++)
{
_.varob = tuplecompnth_BM (_.argtupv, aix);
const char *varobnam = findobjectname_BM (_.varob);
_.typob = NULL;
DBGPRINTF_BM
("emit_definition°simple_routine_preparation routprepob=%s aix#%d arg varob=%s bodyob=%s",
objectdbg_BM (_.routprepob), aix, objectdbg1_BM (_.varob),
objectdbg2_BM (_.bodyob));
objlock_BM (_.varob);
_.typob = objectcast_BM (objgetattr_BM (_.varob, k_c_type));
objunlock_BM (_.varob);
char varidbuf[32];
memset (varidbuf, 0, sizeof (varidbuf));
idtocbuf32_BM (objid_BM (_.varob), varidbuf);
DBGPRINTF_BM
("emit_definition°simple_routine_preparation routprepob=%s arg varob=%s |%s typob=%s aix#%d",
objectdbg_BM (_.routprepob), objectdbg1_BM (_.varob),
varidbuf, objectdbg2_BM (_.typob), aix);
WEAKASSERT_BM (_.typob == k_value || _.typob == k_object);
if (aix < 4)
{
if (_.typob == k_value)
{
if (varobnam)
objstrbufferprintfpayl_BM (_.modgenob,
" _.v%s = arg%d; // %s\n",
varidbuf, aix, varobnam);
else
objstrbufferprintfpayl_BM (_.modgenob, " _.v%s = arg%d;\n",
varidbuf, aix);
}
else if (_.typob == k_object)
{
if (varobnam)
objstrbufferprintfpayl_BM (_.modgenob,
" _.o%s = objectcast_BM (arg%d); // %s\n",
varidbuf, aix, varobnam);
else
objstrbufferprintfpayl_BM (_.modgenob,
" _.o%s = objectcast_BM (arg%d);\n",
varidbuf, aix);
}
else
{
objstrbufferprintfpayl_BM (_.modgenob,
"#error fail fetch #%d %s of type %s\n",
aix, varidbuf,
objectdbg_BM (_.typob));
FAILHERE (makenode3_BM
(k_arguments, _.varob, _.typob, taggedint_BM (aix)));
}
}
else
{
objstrbufferprintfpayl_BM (_.modgenob,
" if (nbrestargs > %d)\n", aix - 4);
if (_.typob == k_value)
{
if (varobnam)
objstrbufferprintfpayl_BM (_.modgenob,
" _.v%s = restargs->nodt_sons[%d]; // %s\n",
varidbuf, aix - 4, varobnam);
else
objstrbufferprintfpayl_BM (_.modgenob,
" _.v%s = restargs->nodt_sons[%d];\n",
varidbuf, aix - 4);
}
else if (_.typob == k_object)
{
if (varobnam)
objstrbufferprintfpayl_BM (_.modgenob,
" _.o%s = objectcast_BM(restargs->nodt_sons[%d]); // %s\n",
varidbuf, aix - 4, varobnam);
else
objstrbufferprintfpayl_BM (_.modgenob,
" _.o%s = objectcast_BM(restargs->nodt_sons[%d]);\n",
varidbuf, aix - 4);
}
else
{
objstrbufferprintfpayl_BM (_.modgenob,
"#error fail fetch xtra #%d %s of type %s\n",
aix, varidbuf,
objectdbg_BM (_.typob));
FAILHERE (makenode3_BM
(k_arguments, _.varob, _.typob, taggedint_BM (aix)));
}
}
}
objstrbufferprintfpayl_BM (_.modgenob, " // fetched %d arguments.\n",
nbargs);
/// emit the fetching of closed values
int nbclosed = sequencesize_BM (_.closedseqv);
DBGPRINTF_BM
("emit_definition°simple_routine_preparation routprepob=%s closedseq=%s nbclosed#%d",
objectdbg_BM (_.routprepob), debug_outstr_value_BM (_.closedseqv,
CURFRAME_BM, 0),
nbclosed);
if (nbclosed == 0)
{
objstrbufferprintfpayl_BM (_.modgenob,
" // no closed values in %s.\n",
objectdbg_BM (_.routob));
objstrbufferprintfpayl_BM (_.modgenob,
" const closure_tyBM* callclos%s __attribute__((unused)) =\n",
routidbuf);
objstrbufferprintfpayl_BM (_.modgenob,
" (stkf&&stkf->stkfram_pA.htyp == typayl_StackFrame_BM)\n");
objstrbufferprintfpayl_BM (_.modgenob,
" ? (closurecast_BM(stkf->stkfram_callfun)) : NULL;\n");
objstrbufferprintfpayl_BM (_.modgenob,
" const unsigned nbclosed%s __attribute__((unused)) = 0;\n",
routidbuf);
}
else
{
objstrbufferprintfpayl_BM (_.modgenob,
" { // fetch %d closed values in %s:\n",
nbclosed, objectdbg_BM (_.routob));
objstrbufferprintfpayl_BM (_.modgenob,
" const closure_tyBM* callclos%s =\n",
routidbuf);
objstrbufferprintfpayl_BM (_.modgenob,
" (stkf&&stkf->stkfram_pA.htyp == typayl_StackFrame_BM)\n");
objstrbufferprintfpayl_BM (_.modgenob,
" ? (closurecast_BM(stkf->stkfram_callfun)) : NULL;\n");
objstrbufferprintfpayl_BM (_.modgenob,
" const unsigned nbclosed%s = closurewidth_BM ((const value_tyBM) callclos%s);\n",
routidbuf, routidbuf);
for (int clix = 0; clix < nbclosed; clix++)
{
_.varob = sequencenthcomp_BM (_.closedseqv, clix);
const char *varobnam = findobjectname_BM (_.varob);
WEAKASSERT_BM (_.varob);
objlock_BM (_.varob);
_.typob = objectcast_BM (objgetattr_BM (_.varob, k_c_type));
objunlock_BM (_.varob);
DBGPRINTF_BM
("emit_definition°simple_routine_preparation routprepob=%s routob=%s clix#%d closed varob=%s typob=%s",
objectdbg_BM (_.routprepob), objectdbg1_BM (_.routob), clix,
objectdbg2_BM (_.varob), objectdbg3_BM (_.typob));
char varidbuf[32];
memset (varidbuf, 0, sizeof (varidbuf));
idtocbuf32_BM (objid_BM (_.varob), varidbuf);
objstrbufferprintfpayl_BM (_.modgenob, " if (nbclosed%s > %d)\n",
routidbuf, clix);
if (_.typob == k_value)
{
if (varobnam)
objstrbufferprintfpayl_BM (_.modgenob,
" _.v%s = callclos%s->nodt_sons[%d]; // %s\n",
varidbuf, routidbuf, clix,
varobnam);
else
objstrbufferprintfpayl_BM (_.modgenob,
" _.v%s = callclos%s->nodt_sons[%d];\n",
varidbuf, routidbuf, clix);
}
else if (_.typob == k_object)
{
if (varobnam)
objstrbufferprintfpayl_BM (_.modgenob,
" _.o%s = objectcast_BM (callclos%s->nodt_sons[%d]); // %s\n",
varidbuf, routidbuf, clix,
varobnam);
else
objstrbufferprintfpayl_BM (_.modgenob,
" _.o%s = objectcast_BM (callclos%s->nodt_sons[%d]);\n",
varidbuf, routidbuf, clix);
}
else
{
objstrbufferprintfpayl_BM (_.modgenob,
"#error unexpected type %s for closed %s\n"
" ;\n", objectdbg_BM (_.typob),
varidbuf);
FAILHERE (makenode3_BM
(k_closed, _.varob, _.typob, taggedint_BM (clix)));
}
}
objstrbufferprintfpayl_BM (_.modgenob,
" } // fetched %d closed values in %s.\n",
nbclosed, routidbuf);
}
/// emit the body
objstrbufferprintfpayl_BM (_.modgenob, " // routine %s body:\n",
routidbuf);
DBGPRINTF_BM
("emit_definition°simple_routine_preparation routprepob=%s before emit_block bodyob=%s of %s",
objectdbg_BM (_.routprepob), objectdbg1_BM (_.bodyob),
objectdbg2_BM (objclass_BM (_.bodyob)));
_.emitv = send3_BM (_.bodyob, k_emit_block, CURFRAME_BM, //
_.modgenob, _.routprepob, taggedint_BM (0) /*depth of block */
);
if (!_.emitv)
FAILHERE (k_body);
DBGPRINTF_BM
("emit_definition°simple_routine_preparation routprepob=%s after emit_block bodyob=%s emitv=%s",
objectdbg_BM (_.routprepob), objectdbg_BM (_.bodyob),
debug_outstr_value_BM (_.emitv, CURFRAME_BM, 0));
objstrbuffersetindentpayl_BM (_.modgenob, 0);
objstrbuffernewlinepayl_BM (_.modgenob);
objstrbufferprintfpayl_BM (_.modgenob,
" epilog%s: __attribute__ ((unused)); // routine %s epilogue:\n",
routidbuf, routidbuf);
if (_.setlockingv)
{
int nblocking = setcardinal_BM (_.setlockingv);
objstrbufferprintfpayl_BM (_.modgenob,
" // unlocking %d:\n", nblocking);
DBGPRINTF_BM ("emit_definition°simple_routine_preparation epilogue routprepob=%s setlocking=%s nblocking=%d", objectdbg_BM (_.routprepob), //
debug_outstr_value_BM (_.setlockingv, CURFRAME_BM, 0), //
nblocking);
for (int lkix = 0; lkix < nblocking; lkix++)
{
_.lockob = setelemnth_BM (_.setlockingv, lkix);
_.varob = NULL;
char lockidbuf[32];
memset (lockidbuf, 0, sizeof (lockidbuf));
idtocbuf32_BM (objid_BM (_.lockob), lockidbuf);
{
objlock_BM (_.lockob);
_.varob = objectcast_BM (objgetattr_BM (_.lockob, k_lockobj));
objunlock_BM (_.lockob);
}
if (_.varob)
objstrbufferprintfpayl_BM (_.modgenob,
" if (locked%s != NULL)\n"
" objunlock_BM(locked%s), locked%s = NULL; // for %s\n",
lockidbuf, lockidbuf, lockidbuf,
objectdbg_BM (_.varob));
else
objstrbufferprintfpayl_BM (_.modgenob,
" if (locked%s != NULL)\n"
" objunlock_BM(locked%s), locked%s = NULL;\n",
lockidbuf, lockidbuf, lockidbuf);
}
_.lockob = NULL;
_.varob = NULL;
}
objstrbufferprintfpayl_BM (_.modgenob,
" if (stkf) stkf->stkfram_callfun = NULL;\n");
objstrbufferprintfpayl_BM (_.modgenob, " return ");
miniemit_var_BM (CURFRAME_BM, _.resultob, _.modgenob, _.routprepob,
_.routob, 0);
objstrbufferprintfpayl_BM (_.modgenob,
";\n" "} // end %s routine#%d %s\n\n\n",
routidbuf, rank, objectdbg_BM (_.routob));
objunlock_BM (_.modgenob);
DBGPRINTF_BM
("emit_definition°simple_routine_preparation end routprepob=%s",
objectdbg_BM (_.routprepob));
LOCALRETURN_BM (_.routprepob);
failure:
#undef FAILHERE
WARNPRINTF_BM ("emit_definition°simple_routine_preparation failin %d routprep %s cause %s", //
failin, objectdbg_BM (_.routprepob), //
debug_outstr_value_BM (_.causev, CURFRAME_BM, 0));
_.errorv =
(value_tyBM) makenode4_BM (k_emit_definition, _.routprepob, _.modgenob,
taggedint_BM (rank), _.causev);
PLAINFAILURE_BM (failin, _.errorv, CURFRAME_BM);
} /* end emit_definition°simple_routine_preparation _2Lk2DjTDzQh_3aTEVKDE2Ip */
/////
//emit_block°basiclo_block _8UGpvfrcKbM_99IeP3BuxA5
extern objrout_sigBM ROUTINEOBJNAME_BM (_8UGpvfrcKbM_99IeP3BuxA5);
value_tyBM
ROUTINEOBJNAME_BM (_8UGpvfrcKbM_99IeP3BuxA5) // emit_block°basiclo_block
(struct stackframe_stBM * stkf, //
const value_tyBM arg1, // blockob reciever
const value_tyBM arg2, // modgenob
const value_tyBM arg3, // routprepob
const value_tyBM arg4, // depth
const quasinode_tyBM * restargs_ __attribute__((unused)))
{
objectval_tyBM * k_emit_statement = BMK_1ERH9PxNhPb_2o869yOMuH0;
objectval_tyBM *k_emit_block = BMK_6mk5eos8067_1odgCpnWMOj;
objectval_tyBM *k_basiclo_statement = BMK_4lKK08v9A0t_0GGsir35UxP;
objectval_tyBM *k_basiclo_block = BMK_4bYUiDmxrKK_6nPPlEl8y8x;
objectval_tyBM *k_curcomp = BMK_12cTZAaLTTx_4Bq4ez6eGJM;
LOCALFRAME_BM (stkf, /*descr: */ BMK_8UGpvfrcKbM_99IeP3BuxA5,
objectval_tyBM * blockob; //
objectval_tyBM * modgenob; //
objectval_tyBM * routprepob; //
objectval_tyBM * stmtob; //
value_tyBM stmtv; //
value_tyBM resultv; //
value_tyBM emitv; //
value_tyBM causev; //
value_tyBM errorv; //
);
_.blockob = objectcast_BM (arg1);
_.modgenob = objectcast_BM (arg2);
_.routprepob = objectcast_BM (arg3);
int depth = getint_BM (arg4);
int failin = -1;
char blockidbuf[32];
memset (blockidbuf, 0, sizeof (blockidbuf));
idtocbuf32_BM (objid_BM (_.blockob), blockidbuf);
#define FAILHERE(Cause) do { failin = __LINE__ ; _.causev = (value_tyBM)(Cause); goto failure; } while(0)
DBGPRINTF_BM
("emit_block°basiclo_block start blockob=%s modgenob=%s routprepob=%s depth#%d",
objectdbg_BM (_.blockob), objectdbg1_BM (_.modgenob),